You can buy an "inverter." It plugs into the cigarette lighter or accessory plug or directly clips to the battery terminals and converts the 12 volt DC to AC. You can then plug your appliance into it. Be sure to get an inverter that is the right wattage capacity for your device.
2248 watt power
It depends on the source of DC that is powering the inverter. Since the inverter is 2000 watts, that just means it will handle your 1500 watt application. At 120 VAC you are drawing a little over 12 Amps. If this is an inverter plugged into a car it will run until the battery runs down, whose time will be lengthened if you keep the car running. Your battery will have an Ampere per Hour rating. If for example you had a 50 AHr battery it could supply 50 Amps for an Hour so your heater would run for about 4 hours.
3500W, or 3.5kW Power is measured in Watts; one Watt is 1 joule of energy converted/used per second. So, 3500 joules a second is 3500 Watts.
Its peak power is 1800W: 2 x 900 W @ 4 Ohms Maxx Power.
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2248 watt power
The Kicker 1500 Watt subwoofer is very, loud, but doesn't have the best clarity and can get muddy. Consider Pioneer subs.
The power of a race car is measured in horsepower, a much larger unit than the watt. (1 hp = 745.7 watts)
volts x amps = watts so 1500watts/12.8volts=117amps
It would depend on the voltage needed by the heater. A 240 v heater would need twenty 12 v batteries connected in series but this is a very dangerous electrical supply that needs proper installation by an electrician. With a load of 6 amps the battery (assuming average car batteries) would supply the heater for about 6-8 hours when there is no wind.
It depends on the source of DC that is powering the inverter. Since the inverter is 2000 watts, that just means it will handle your 1500 watt application. At 120 VAC you are drawing a little over 12 Amps. If this is an inverter plugged into a car it will run until the battery runs down, whose time will be lengthened if you keep the car running. Your battery will have an Ampere per Hour rating. If for example you had a 50 AHr battery it could supply 50 Amps for an Hour so your heater would run for about 4 hours.
Mercedez 500 cre engine with 1500 horse power
That may depend on the car you are instlling it in. But unless you have a very small sedan you will not have any problem with installing all that power inside your car
You need 3000 x 24 watt-hours or 72,000 watt-hours. A typical car battery has a capacity of 50 Ah or 600 watt-hours, so you would need 120 car batteries, connected in the right combination of series and parallel to give the right voltage for the inverter.
It depends on the car. Ive had a 1200 watt amp in my durango and my explorerand dident have any problems. It all has to do with what power the alternator can produce. If you have a car, i recomend gettng a cap, if you have a SUV or truck, id say don't worry about it. But that's my opinion from personal experience
A watt is simply the SI unit for power, and the horsepower is the Imperial unit for power. Power is simply the rate of doing work, so there is no such thing as 'electrical' or any other, 'sort' of power. In Europe, a car's engine output power ('brake power') is expressed in kilowatts as the horsepower is considered obsolete.
The 1500 kg car approaches the hill by using its engine power to overcome gravity and climb the incline. The car's speed and momentum may decrease as it ascends the hill due to the force of gravity working against it.